Groundbreaking Funding Boosts National Agricultural Forecasting with Advanced Hydrometeorological Data

 

Published August 19, 2024  |  3 minute read

In a landmark development for the nation’s agricultural sector, ALICE-LAB laboratory has been awarded a grant from the Agricultural Research Development Agency (Public Organization) to create an unprecedented nationwide high-resolution seasonal forecast hydrometeorological dataset. This pioneering initiative marks the first time the country will benefit from such comprehensive and detailed forecasting, which promises to revolutionize how we approach agriculture, water resource management, and climate adaptation.

 

The innovative dataset will provide farmers and agricultural stakeholders with critical insights into upcoming seasonal weather patterns and hydrological conditions. By leveraging the power of our cutting-edge supercomputers and advanced computational hydrology techniques, our team will deliver timely and accurate forecasts that anticipate potential changes in weather and water availability. This capability is crucial for optimizing crop management, improving irrigation practices, and mitigating risks associated with extreme weather events.

 

Our expertise in computational hydrology and high-resolution modeling positions us at the forefront of this transformative effort. The high-resolution forecasts will enable more precise planning and decision-making, helping farmers to better manage their resources and adapt to changing conditions. With this support, we are set to drive significant advancements in agricultural resilience and sustainability, showcasing our lab’s commitment to pushing the boundaries of scientific innovation and practical application.


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ALICE-LAB: Asian Land Information for Climate and Environmental Research Laboratory


Advancing Agriculture, Climate, Environmental, and Disaster Monitoring Through Satellite-Based Soil Moisture Retrieval and Applications in South East Asia

This workshop is focused on enhancing the understanding and utilization of satellite-based soil moisture data, particularly in the context of climate, agriculture, and disaster risk management. It aims to raise awareness among stakeholders in South East Asia about the significance of satellite-based soil moisture data, its applications, and the necessity of calibration and validation efforts to improve data accuracy.